Theileria annulata: TA02545
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Entry
TA02545 CDS
T00253
Name
(RefSeq) carbamoyl phosphate synthase II, putative
KO
K01954
carbamoyl-phosphate synthase [EC:
6.3.5.5
]
Organism
tan
Theileria annulata
Pathway
tan00220
Arginine biosynthesis
tan00240
Pyrimidine metabolism
tan00250
Alanine, aspartate and glutamate metabolism
tan01100
Metabolic pathways
tan01110
Biosynthesis of secondary metabolites
tan01240
Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:
tan00001
]
09100 Metabolism
09104 Nucleotide metabolism
00240 Pyrimidine metabolism
TA02545
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
TA02545
00220 Arginine biosynthesis
TA02545
Enzymes [BR:
tan01000
]
6. Ligases
6.3 Forming carbon-nitrogen bonds
6.3.5 Carbon-nitrogen ligases with glutamine as amido-N-donor
6.3.5.5 carbamoyl-phosphate synthase (glutamine-hydrolysing)
TA02545
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
CPSase_sm_chain
GATase
CPSase_L_D3
ATP-grasp
Dala_Dala_lig_C
ATPgrasp_Ter
MGS
GARS_A
Motif
Other DBs
NCBI-GeneID:
3865090
NCBI-ProteinID:
XP_954765
UniProt:
Q4UD12
LinkDB
All DBs
Position
3:96264..102463
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AA seq
1700 aa
AA seq
DB search
MTNSLQHLPWSPEELYVGPPAKLLLCDGREFYGYSFGYEDPESDNPEHLNTTGELVFSTS
MLGYAECVTDPNYCGQILVLTYPEIGNIGVPAEDLDEYGLLKSFESEQKHLCGLVVCNYT
IKPSHWLCVSTFSDFLKKKKVPAISGVDTRALTKHLRTNGPMLGRIIIGNSKVYGSSYFN
SDNTKFLNTKCFYDRNTKSLAQLLNNSDDLNKVNDSLFLYSFHSTNNHNRLVLKFRFDSS
EFNSLLPDFKRPEFYSLYHRNLSFNNMNLTTDSLSKFLANTDPNSTGNLMLLVVVDLGLK
NSILRSLLNNCPNNVRVLIVPHTLDFSVVDYDGLFLSNGPGNPNNYSDLVKTLERCLTKP
NPIFGICLGNLVLGLAAGYDCVKMHRGNYGSNQPCIDLRTYKCYATTQSHIYQLVRPQNS
KTSRWSTLFENANDNTLEGLVNLDYPFFGVQFHPLSKPIYYNPDDPTKFHDLDTSFLYKD
FFTCILKKTLIPIHIRMISTHIRCKRILLLSSGGLSIGQAGEFDYSGSQAIKALKESDAK
IILVNPNIATVQTSKGMAHVTYFLPITFEYVKQIIEKEKPDGIMCAFGGQTGLNVGIELY
ESGVLRDNNCEILGTSIKTIIDTEDRYLFNKKMTEIGERCAPSKECTSVNECVMVAKNLG
YPVLIRGNFELGGFGSGFANNEAELLEIVNRLFHSNRCKTSLKDTCVHIDKSLKGWKEIE
FEVLRDNNDNCVCAASMENFDPLGVHTGDSIVVAPAQTLSASECSHLRQVAFNVVRHLDL
VGECNIQFAVNPYKFEYFIVELNARLSRSSALASKATGYPLAYMAAKIALGYDLVQMRNS
ITLCTTACFEPSLDYVVVKMPRWDLRKFENANNTIGTSTPPHLTYILGYILNHSYGSSMK
SVGEVMGIGKTFEETMQKSLRMVSDSILGFCSYSVEDFSKEQVLKILANPTPERVFAIYR
AFELGITVKEINEHTWIDNWFLNRLYNIYLCSERLKKLPRKEELTHSQLLYYKVLGFSDR
QMSLLINNKGTVVNLVNKSELEKYETEFRDYRLKLNVMPKVNIIDTLAAEYPVVTNYCYM
TYNSTEHDIRPLNDKLYSKISLDTLDRDSSRSPSSRYRDDKSSPFNKEKYERKTLDKDSI
IVLGCGPYRIGSSIEFDWSAVGCIKTLRRLGFFSIIVNCNPETVSTDFDVSDRLYFEELS
LEIVDEIYRFEFPQGIILSVGGQTANNLAIKLDELGLNILGTPVSSIDKCECRNKFGDIC
DMLGIDQPSWEEFTCVDAAKKFSNKVGFPVLARPSYVLSGASMKVISSHKELESFLQTSA
IVNRSHPVVITKFIENAKEVEMDCVAKDGVIVNYAISEHVENAGTHSGDATLIIPAQNIF
VDTHRRVKKITQKLSKYLNITGPFNVQFMCKNNKIKVIECNLRASRTFPLITNTLNINFI
ELATRVMVNAPFRVENVQLMDLDYVAVKMPLFSFDRLYPADPLLGVEMKSTGEIASFGYN
KYEALLKAMTASGMKIPERGVLLSLGSTVNKFIFSRKIKGLLSLGLDVYATEGTYDYIRK
LWDSERLFYNEEHELDRQFMTKLNLDDFEFDFEPTNMGEFKKVFKPTVQGNSTGTPDVYE
LISNRKVDLLINVSDSINTNYTTGGYMMRRAFVDAKISLITTTKLATLVIDAMLYRKSRL
SKGKDFIHIKSHQEYLSENC
NT seq
5103 nt
NT seq
+upstream
nt +downstream
nt
atgactaactcgttacaacaccttccatggagccctgaagaattatatgtcggacctccg
gccaagttgttgctctgcgacggccgcgagttttacggctactcctttggttacgaggat
ccggaatctgataaccctgaacacctaaataccacaggagagctcgtgttttccacctca
atgttaggatatgccgaatgtgttacagatccaaactactgcggccagattttagtccta
acatacccagaaattggaaacatcggcgttcccgccgaagatttggatgagtatggactg
ctgaaatcctttgaaagtgaacaaaagcatctgtgcggcttggtagtgtgtaactatacc
attaaacccagtcactggctttgcgtctcaaccttctcagactttctaaagaagaaaaag
gtacccgctatctccggagttgataccagagcattaaccaagcaccttagaacaaatggg
cctatgctcggtagaatcattataggaaattccaaagtctatggaagctcctatttcaac
agtgataataccaaatttttgaacacaaaatgcttctatgatcgaaacaccaaatcgtta
gcacaattattgaataactctgacgatttgaacaaagtaaacgacagtctttttttatat
tcctttcatagcacaaataaccataacagactcgttttaaaattcagatttgattcctca
gagtttaattcgctattgcctgactttaaaaggcctgaattctactcgctttaccacaga
aatttgtccttcaataacatgaatttgaccactgattcactttccaaatttttagccaat
actgatcctaatagtaccggtaatctaatgttattagtggttgttgaccttggattaaag
aatagcatactccgtagtctcctcaataactgcccaaataatgtcagggttctgatagtc
ccacataccctggatttcagtgtcgtcgactatgacggtctctttctgagtaacggacca
ggaaacccaaacaactattctgacttggttaaaaccctagaacgttgcctgaccaaaccg
aacccgattttcggaatctgtctcggtaatttagtgcttggacttgcagccggatatgat
tgcgtcaaaatgcataggggcaattacggatctaaccagccatgtattgatctgagaaca
tacaagtgctatgcaactactcaaagccatatctatcaactcgtcagaccacaaaattca
aagacaagcagatggtcaactttgtttgagaatgctaacgataacacgcttgaaggtctg
gttaatctagattatccattttttggggttcaattccaccccctttcaaaacccatctac
tataacccagatgacccaaccaagttccatgacctcgatacttccttcttatacaaggat
tttttcacatgcattctcaagaaaacactcattcccatacacattaggatgatatcaaca
catatcagatgcaaacgaatactattactcagctcaggtggactgtcaataggacaagca
ggagaattcgactactcaggaagtcaagctataaaggcattgaaggaaagtgacgcaaag
atcatattggtcaatcccaacatagccactgtacaaacgtcaaagggaatggcacatgtc
acatatttcttgccaataacattcgagtatgttaaacagattatcgagaaggaaaaacct
gatggaatcatgtgtgcatttggaggccaaacgggtctaaacgttggaattgaactctac
gaaagtggtgtactaagagacaacaactgcgaaattttaggaactagcataaagacgata
attgacactgaggacaggtatttatttaacaagaaaatgacagagattggtgaacgttgc
gcacctagtaaggagtgtactagcgtaaacgagtgtgtgatggttgcaaagaaccttggt
taccctgttctgatacgtggaaattttgaattgggtggatttggttctggatttgcaaat
aatgaggctgaattgttagaaattgtgaacaggctctttcacagtaatcgatgcaaaaca
tccctgaaagatacatgtgttcacattgataagtcattgaagggttggaaggagatcgag
tttgaggttttgcgtgacaataacgacaactgtgtgtgcgctgcaagtatggaaaatttt
gatcctctaggagtccacaccggtgactccatagtcgtagctccagctcaaacgctaagc
gcatcagaatgctcccacttgcgtcaggtagcatttaacgttgtccgccacctcgacctg
gtaggcgaatgtaacatacaatttgctgtcaatccctacaaatttgagtactttatagtt
gagctgaacgcaaggttgagcagaagcagtgcattggcttcaaaggctacaggatatcca
ctagcatatatggcagcgaaaatagccctggggtatgatctggtccagatgagaaacagc
attacactctgtactacagcatgctttgaaccttcacttgactatgtcgtagtaaaaatg
cccagatgggacttgcgcaagtttgaaaacgctaataatacgataggtacctctacacca
ccccatcttacatatatacttggttatatactcaaccatagttatggaagtagtatgaaa
tctgtgggtgaagtaatgggaattggaaagacgtttgaagagacgatgcagaagtcgctg
agaatggtatccgacagtattctaggattttgttcatattcagtcgaggatttctccaag
gaacaagtgttaaaaattcttgcaaacccaacgcccgaacgtgtctttgcaatttacaga
gcatttgaattgggaataacagtaaaggaaataaacgaacatacctggatagataattgg
ttcctgaaccgtctgtacaatatttacctctgcagtgaaaggttgaagaaactccccaga
aaggaggaattgacacacagtcagttgttgtactacaaggtcctagggttttcagaccgt
cagatgtcacttctaataaacaacaaggggactgttgttaacttggtcaacaaatccgag
ctggaaaagtacgaaaccgaattcagagattacaggctgaagttgaatgttatgcctaag
gttaatatcattgacaccctggcagccgaatatccagttgtcacaaactattgctacatg
acctataactcaacagaacacgatatacgcccattaaacgataaattgtactccaagatt
tccctggatactttagatagagatagctcaaggtccccttcttccagatacagagatgat
aaatcatccccattcaacaaggaaaaatatgaacggaaaactctagataaagatagcatt
attgtactcggctgtggtccctataggattggaagcagcatagagttcgactggagcgca
gttggatgcattaaaacactccgaaggctaggcttcttctcaataatcgtgaattgtaac
ccagaaactgtatctactgattttgacgtatcagaccgtctgtactttgaggaactctct
ttggaaattgtcgatgaaatttacagatttgagtttcctcagggaataatactatcagta
ggaggccaaaccgccaacaaccttgccattaaattggacgagttgggattgaatatacta
ggaacgccagtcagttctattgataagtgcgagtgcaggaacaaatttggagacatttgc
gatatgctaggtattgaccagccaagttgggaagagtttacatgtgtggatgccgcaaaa
aaattctccaacaaagttgggttcccagtactagcaagaccctcatacgtcttatctgga
gcttcaatgaaggttatctcatcacacaaagaacttgaatcgtttctacaaacgagtgcg
attgttaacaggtcccatccagttgttataacgaagtttatcgagaacgcgaaggaagtt
gagatggactgcgtggcaaaagacggagtgatcgttaactacgctatttctgagcatgtg
gagaatgcaggaactcacagcggcgacgcaactttgattattcctgctcagaacatattc
gttgacactcacaggcgcgtcaagaagatcacacagaagctttcaaagtacttaaacatc
acaggaccattcaacgttcagttcatgtgcaaaaacaacaaaatcaaggtcattgagtgt
aaccttagggccagcaggacttttcccctaatcacaaatacactcaacatcaacttcatt
gaactcgccaccagggtcatggttaatgctcccttcagagttgagaacgtacaactcatg
gacctggattacgtcgcagtcaagatgcctcttttctcatttgacaggctttaccctgca
gatccattactaggagttgaaatgaaatccactggagagatagcgtcatttggttacaat
aaatatgaagcattgttgaaagcaatgactgcaagtggaatgaagattccagagaggggg
gttctcttatcactgggaagcacagtgaacaagttcattttttcgaggaaaatcaagggt
ttgctatcactaggactagacgtctatgctaccgagggcacttacgactacattaggaag
ctttgggactctgagcggttgttctacaacgaagaacacgaacttgataggcaatttatg
accaagttgaacctcgacgacttcgagtttgactttgaaccaactaatatgggagaattt
aagaaggtcttcaagcctactgttcagggcaattcaactggaacaccagatgtttatgaa
ctaatcagcaaccggaaagttgatttacttatcaatgtcagcgactccatcaacaccaat
tataccactggcggatacatgatgagaagagcctttgtagacgccaaaatcagcctaatc
accactacaaaactggccactttagtaatcgacgccatgctgtacagaaaatccagactt
tccaagggcaaggatttcatacacatcaaatcacatcaagagtatttgtcagaaaactgt
taa
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